This paper considers the analysis of optimum combining systems in the presence of both co-
channel interference and thermal noise. We address the cases where either the desired …

This work evaluates opportunistic relaying in the presence of thermal noise as well as
interference, when channel sensing is conducted reactively, in slow fading environments …

Experimental modeling of wireless fading channels performed by the WINNER II project has
been shown to fit a Rician rather than Rayleigh distribution, the latter being assumed in …

To enhance the coverage and network capacity of the mmWave based 5 G new radio (NR),
integrated access and backhaul (IAB) network is recently envisioned as one of the promising …

We explore tradeoffs between different reception strategies of multiple receive antennas in
fading channels with co-channel interference (CCI). Our tradeoff analysis is based on …

This thesis considers the analysis of current and future wireless communication systems.
The main focus is on multiple-input multiple-output (MIMO) antenna technologies. The goal …

In cellular systems, multiple users share the same radio spectrum, which leads to cochannel
interference. Cochannel interference ultimately limits the quality of service offered to the …

Multiple input multiple output (MIMO) techniques are an essential part of the IEEE 802.16 e-
2005 specifications, which form the basis of mobile WiMAX systems. In this paper, we first …

This paper analyzes the performance of multiuser optimum combining systems. We consider
the practical scenario where the desired user undergoes Rician fading, and the received …

The exact performance analysis for optimum combining of faded signals is a difficult problem
in the presence of both interferers and noise. This letter derives exact closed-form …